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Engineering Spins and Photons from Anisotropic DOts in Nanowires – ESPADON
Semiconductor quantum dots are promising building blocks for the development of future spintronics and photonics devices. The spin of a confined carrier can be used as a quantum bit, the recombination of electron-hole pairs provides triggered sources of single photons, confined carriers induce a fer
Energy consumption measurements and optimization in mobile networks – ECOMOME
Through project ECOMOME, we propose to address the scientific challenges and societal concerns related to the environmental impact of mobile networks. For this, we define three specific objectives: - O1: Conduct the first independent study on mobile network energy consumption, considering both the
Encapsulation Process by Droplet Interface Crossing – EPIC
EPIC addresses the industrial scale development of an encapsulation process based on the generation of calibrated droplets of aqueous phase and their coating by crossing a liquid-liquid interface. The objective is to produce monodisperse capsules with controlled shell size, thickness and content. Th
Emulation techniques for the REduction, Sensitivity Analysis and INversion of models for subsurface hydrology – RESAIN
This project handles subsurface flow and reactive transport problems by addressing the four following methodological topics: (i) model uncertainty analysis, (ii) model sensitivity analysis, (iii) model reduction in the case of computationally expensive simulators and, (iv) inverse modeling. Two type
Embedded innovative sensors and software in power electronic components – CAPTIF
CAPTIF project «Embedded innovative sensors and software in power electronic components« aims to improve the behavioral and lifetime models of power modules, by the integration of multiphysics set of sensors, and signal analysis. The objectives were, on the one hand, to propose a method of sensor de
Elliptic systems with sharp transition on optimal sets – ESSTOS
This project lies at the interface between the calculus of variations and non linear analysis applied to condensed matter physics on the one hand, and geometric measure theory and transport models in urban planning on the other hand. We are particularly interested in models where the energy concent
Electrostatic doping of 2D semiconductors on Gallium Nitride based heterostructures – 2DonGaN
2DonGaN proposes a new solution to efficiently dope 2D semiconductors (SC) grown on III-V heterostructures (e.g. AlGaN/GaN). Depending on the stack, these heterostructures induce spontaneous and piezoelectric polarizations that generate fixed positive or negative charges at their surface. These char
Electronically reconfigurable transmitarrays antennas for SATCOM ground stations at Ka-band – ARTIKA
ARTIKA is an industrial research project (as defined by ANR) aiming at making major innovations in modelling, optimization and demonstration of ultra-flat electronically reconfigurable transmitarray (TA) antennas for SATCOM ground terminals and the Internet of Space (IoS) at Ka band. Considering the
Electronic transport in photochromic molecules under plasmonic excitation – Plasmochrom
The joint project PlasmoChrom is devoted to the study of electronic transport properties of photoswitchable molecules contacted to metal leads under light irradiation. It is based on the mastering of three hot topics, which are the understanding of electrical transport through metal-molecule-metal j
Electromagnetic compatibility of power systems – E-CEM
One way to significantly reduce carbon emissions in transport is to consider the development of hybrid and electric vehicles. Thus, the use of power converters will rapidly increase in modern vehicles. In order that the introduction of power converters in transport vehicles be done in harmony wi
